Washing brush

ABSTRACT

A brush having a body with scrubbing means, a compartment for washing liquid and a channeling means is provided. The brush has first and second apertures for fluid communication between surfaces of the brush and the compartment. The brush is particularly suitable for cleaning non-horizontal surfaces.

TECHNICAL FIELD OF THE INVENTION

The invention relates to a washing brush with a compartment forcontaining washing liquid. Particularly, the invention relates to such awashing brush for washing of non-horizontal surfaces.

BACKGROUND OF THE INVENTION

When an object is cleaned with a conventional brush and a water-basedliquid, the brush must typically be dipped into the water container veryoften to dispense sufficient water to allow for adequate cleaning. Thishas previously been solved by the use of a water dispensing brush with ahose connected thereto, However, much water is thereby wasted and theoperator is likely to become soiled.

These problems were dealt with in WO 03/049571, which discloses a brushfor washing an object. The brush comprises a compartment and an aperturefor allowing water to flow into the compartment, which aperture may beprovided with a throttling means, and an aperture for allowing water toflow out of the compartment.

However, all these brushes are mainly suitable for use on horizontal anddownwardly facing surfaces, as water tends to flow down the handle andsoil the operator when the brush is used for cleaning, for example onvertical surfaces.

OBJECTS OF THE INVENTION

It is an object of the invention to provide a brush of the typeindicated where the tendency for washing liquid to flow down the handleis reduced considerably or completely removed when the brush is used forcleaning of non-horizontal surfaces, such as vertical surfaces.

DISCLOSURE OF THE INVENTION

The above and other objects of the invention are realised by the brushaccording to claim 1.

According to the invention, a brush comprises a body with scrubbingmeans attached to a first surface portion of said brush. The scrubbingmeans preferably comprise brush bristles or hairs of a non-scratchingmaterial as this provides a suitable scrubbing means and also may formpart of the channelling means (see below). However, sponge-like or foamstructures of natural or synthetic material may also be feasible. Thescrubbing means forms a scrubbing surface away from the first surfaceportion, typically 0.5 cm to 10 cm from the first surface portion. Thescrubbing surface is preferably substantially flat, but scrubbingsurfaces with rounded edges or three-dimensional scrubbing surfaces,such as cylindrical or spherical-like scrubbing surfaces are within thescope of the invention.

The body further has a compartment for containing a washing liquid. itis preferred that the washing liquid is water or a water-based solutionor suspension with cleaning aids, such as a soap or a surfactant, assuch washing liquid typically does not require special protectionequipment and may be easily disposed.

In a preferred embodiment, the walls forming the compartment of thebrush comprise:

-   -   A bottom wall portion substantially parallel to the first        surface portion. When the brush is arranged for washing of a        vertical surface, this wall portion is mainly arranged        vertically.    -   A lower side wall portion. When the brush is arranged for        washing of vertical surfaces, the lower side wall portion forms        a generally horizontal floor of the compartment, The lower side        wall portion is advantageously arranged at an angle to the        bottom wall portion so that the floor extends away from the        bottom wall portion in a direction above horizontal, such as        2-30° above horizontal.    -   End wall portions for preventing washing liquid from exiting the        compartment via the ends of the compartment.

In a preferred embodiment, the above walls are substantially flat.However, a more holistic approach is within the scope of the invention.For example, the lower side wall portion may comprise or consist of aspherical or cylindrical part forming the lower side and the(non-compulsory and hence not listed) top wall portion and/or end wallportions.

The body further comprises a second aperture or passage for fluidcommunication between a surface of said body and the compartment forintroducing washing liquid into the compartment. The second aperture mayadvantageously be open to the first surface portion of the body as thisallows washing liquid to enter the compartment while the scrubbing meansare being at least partially submersed into the washing liquid, wherebythe scrubbing means may be cleaned. The second aperture may be arrangedin another part of the compartment, such as in a wall part, e.g. theceiling, whereby the scrubbing means may cover a larger fraction of thefirst surface portion as no space is taken by the second aperture.

The second aperture may advantageously be provided with a washing liquidflow throttling means for throttling or preventing return flow ofwashing liquid from the compartment through the second aperture. Theprovision of a flow throttling means ensures that most of the washingliquid departs from the compartment via the first aperture (see below)and not via the second aperture. Hence, a short compartment filling timemay be combined with a long compartment emptying time by having arelatively large second aperture and a relatively small first aperture.The flow throttling means may advantageously comprise a non-return valvemeans as this promotes a longer compartment emptying time In a preferredembodiment, a plurality of second apertures are provided whereby thecompartment filling time may be reduced even more. Preferably two,three, four or more second apertures are provided.

In a preferred embodiment, the throttling means comprises a plate ofelastic material such as plastic or rubber. The plate has a size largerthan the interior mouth of the second aperture and having a portionthereof arranged at least partially on the inner wall surface of saidcompartment adjacent said mouth such that said plate in relaxedcondition, i.e. when the plate is not subjected to a force e.g. bywashing liquid, substantially covers the mouth.

The plate may advantageously be biased towards the second aperture asthis tends to improve the closing of the second aperture. The bias mayadvantageously at least partially be based on the plate being forcedtowards the part of the inner wall surface of the compartment, e.g. by aprotruding part of a top part of the body. The bias may be enhanced byhaving a protrusion in an area covered by the plate, which protrusion—inrelation to the area where the plate is being forced towards the innerwall surface—is arranged opposite of the second aperture so that theplate is bent away from the inner wall surface in the opposite directionof the second aperture. This allows for a very simple manufacture ofplates. Alternatively, the plate may be manufactured in a non-flat shapeso that the plate is forced towards the second aperture when the plateis being forced towards the inner wall surface. This allows for a moresimple shape of the body.

If more than one compartment is present, it is highly advantageous tohave at least one second aperture connected to each compartment as thisallows for water to be dispensed from each compartment and hence achievea more even water distribution. Each compartment may be equipped withmore than one second aperture, but it is preferred to have only onesecond aperture for each compartment.

The body also comprises a first aperture or passage for fluidcommunication between the first surface portion of the brush and thecompartment. When the brush is used for washing of non-horizontalsurfaces, such as vertical surfaces, it has been found that it is highlyadvantageous that at least one of the first apertures is arranged in thebottom wall portion near the lower side wall portion so that the amountof water trapped below the first aperture and hence not being able toleave the compartment is greatly reduced. In other words, thisarrangement of the first aperture leads to an efficient utilisation ofthe complete volume of the compartment as all water can leave throughthe first aperture. In a preferred embodiment, a plurality of firstapertures are provided whereby the water may be more evenly distributedat the first surface portion of the brush. Preferably two, three, four,five, six, seven, eight or more first apertures are provided for eachcompartment.

The compartment may advantageously be equipped with more than one firstaperture in fluid communication between the first surface portion of thebrush and the compartment. Typically, each compartment has one to six oreven more first apertures dependent on the size of the compartment andthe size of the apertures. By distributing the apertures in differentareas of the compartment, this allows for a more even distribution ofwater to the first surface portion of the brush, which has proven toprovide a more uniform and superior cleaning action. This isparticularly important when the compartment extends along a substantialhorizontal length of the brush when the brush is arranged for washing ofvertical surfaces. Then two of the first apertures may advantageously bearranged away from each other near the end wall portions of thecompartment.

If more than one compartment for containing washing liquid is arrangedin the body, then each compartment is typically connected to one or moreof the first apertures.

The brush is equipped with a channelling means extending from near thefirst aperture at the first surface portion of the brush towards thescrubbing surface. The channelling means is provided to direct washingliquid arriving at the first surface portion from the compartment viathe first aperture so that the washing liquid is mainly directed awayfrom the first surface portion of said brush towards a scrubbing surfaceformed by the scrubbing means away from the first surface portion. Asthe washing liquid is directed away from the first surface by thechannelling means, the washing liquid will not run down the brush andsoil the operator.

In a preferred embodiment the channelling means includes a channel-likestructure arranged at least below the first aperture when the brush isarranged for washing of vertical surfaces. This facilitates catching ofthe washing liquid from the first aperture and therefore improves theefficiency of the channelling means. The channel-like structure may bearranged only below the first aperture, but it has been found that achannel-like structure encircling at least 180° of the first aperture ismore efficient as it will tend to also catch the water when the brush istilted slightly during operation. In a more preferred embodiment, thechannel-like structure encircle at least 270° of the first aperture,which allows for a wider range of operation angle of the brush.

The most advantageous channel-like structure encircles the firstaperture substantially completely. This allows the brush to be operatedwith horizontal movement when the brush is tilted 90° without riskingthat water starts to flow down the brush towards the operator.Furthermore, a channel-like structure, which encircles the firstaperture completely, may tend to form a chamber in the channel-likestructure, which may be substantially closed when the brush is not inuse and hence reduce, delay or prevent water from flowing from thecompartment until the brush is operated.

In a preferred embodiment, the channelling means comprises a part of thescrubbing means near the first aperture. Thereby the use of a separatechannelling means may be avoided. In one such embodiment, thechannelling means comprises a number of brush bristles arranged adjacentto the first aperture in at least one tight layer. By tight layer ismeant that the layer is substantially water impermeable parallel to thefirst surface portion of the brush. As some washing liquid may escapethrough such a layer, a more preferred embodiment comprises at least twotight layers and most preferably at least three tight layers of brushbristles arranged adjacent to the first aperture.

In one embodiment of the invention, the brush is provided with brushbristles arranged close to each other on a major part of the firstsurface portion of the brush so that the brush bristles does not form anumber of tight layers but rather an overall structure beingsubstantially water impermeable parallel to the first surface portion.This design is advantageous in that the first apertures or additionalfirst apertures may be provided, e.g. by drilling, after the body hasbeen assembled.

In another preferred embodiment, the channelling means comprises anelastic member, which is not water permeable or at least only slowlywater permeable. It has been found that in many cases, the elasticmember typically need not extend all the way to the scrubbing surfaceformed by the scrubbing means as the washing liquid tends to be carriedalong the scrubbing means to the scrubbing surface when the washingliquid has been directed away from the first surface portion of thebrush. However, in one embodiment, the elastic member extends all theway to the scrubbing surface. The elastic member is preferably asheet-like member, which may be arranged below, partially encircling orcompletely encircling the first aperture, or the elastic member is anelastic bulk member having a through-going channel or a surface channel.

In a particularly preferred embodiment, the channelling means extendsaway from the body in a direction below horizontal when the brush isarranged for washing of vertical surfaces. This prevents the washingliquid to slip back to the first surface portion of the brush along theouter surface of the channelling means.

In some cases, it is advantageous to arrange the first aperture awayfrom the lower edge of the first surface portion of the brush when thebrush is arranged for washing of vertical surfaces. This is particularlythe case when the channelling means comprises one or more tight layersof brush bristles or another channelling means, which requires asubstantial size below the first aperture. Hence, it is preferred thatthe distance between the first aperture and the lower edge is sufficientto allow for arrangement of the channelling means at least partiallybelow the first aperture when the brush is arranged for washing ofvertical surfaces.

As previously discussed, it is also preferred that the first aperture isarranged near the bottom wall portion of the compartment and hence, itis preferred that the compartment is arranged higher than the lower edgeof the first surface portion of the brush when the brush is arranged forwashing of vertical surfaces since this allows for complete emptying ofthe compartment.

In a preferred embodiment, the body further comprises a third apertureor passage to allow air to exit the compartment when washing liquidflows into the compartment through the first aperture. This allows thewashing liquid to enter the compartment faster. It is advantageous thatthe third aperture or passage is open to a second surface portion ofsaid brush away from the first surface portion of said brush as thisreduces the likelihood of air getting trapped inside the compartment.Moreover, the third aperture may advantageously be arranged near avertical centre plane when the brush is arranged for washing of verticalsurfaces as this also reduces the risk of air becoming trapped duringfilling of the compartment with washing liquid. In a preferredembodiment, a plurality of third apertures are provided whereby thelikelihood of air getting trapped inside the compartment is reducedfurther. Preferably one, two three or more third compartments areprovided.

In one embodiment, the opening of the third aperture is adjustable by anaperture-sizing means. This allows for adjusting of air-flow speedthrough the third aperture. Preferred examples of aperture-sizing meansis a pivoting or a sliding member.

In a particularly advantageous embodiment, the third passage comprises awater seal structure. This reduces or postpones water flow out of thethird aperture and first aperture if the brush is left with water in thecompartment. The water seal structure preferably comprises a first blindtube connected to the body towards the first surface portion and asecond open tube connected to the body away from the first surfaceportion where the first and the second tube are arranged so that thesecond tube fits into the first tube and a zigzag opening is formedbetween the inner of the compartment and the second surface portion viathe first and the second tubes Preferably the tubes are arrangedsubstantially parallel to the lower side wall portion. This arrangementallows for manufacturing by injection moulding in a rigid mould, whichis a preferred manufacturing method.

For some types of cleaning action it is advantageous to disperse anadditive during the cleaning to increase the cleaning effectiveness.Therefore, a preferred embodiment further comprises a dispensing meansfor continuously or intermittently dispensing an additive material.Examples of suitable additives are cleansing liquid, cleansing paste orcleansing powder, e.g. soap, detergent, another surfactant or the like.The additive is preferably dispensed into the compartment for containingwashing liquid or via an additive conduit to the first surface of saidbody. If an additive conduit is provided, it is highly advantageous toalso provide a second channelling means arranged near an additiveconduit opening at the first surface of said body. Such a secondchannelling means may for example be of the same type and shape as thechannelling means for washing liquid.

The brush may advantageously comprise a handle member for increasing theoperation area, which may be reached by the operator, particularly withregard to the reachable height. The handle member is preferably atelescopic type handle member, which is at least temporarily connectableto the body of the brush. A telescopic type handle member allows foradjusting the length of the handle member without having to replace thehandle member.

In a preferred embodiment, the handle member is connected to the brushnear the vertical centre plane of the brush when the brush is arrangedfor washing of vertical surfaces, and more preferably the handle memberis connected at the vertical centre plane of the brush. This allows fora stable and balanced grip of the brush even when a long handle memberis utilised.

In one embodiment, the handle member is connected to the brush via astiff connection. This allows for a simple and affordable design.However, it may be advantageous to apply a rocking mechanism or atilt-table connection as this provides a more flexible operationpractice where the angle between the handle member and the scrubbingsurface of the brush may vary continuously during use.

The brush may be manufactured in numerous ways, but it is highlyadvantageous to manufacture the main parts of the brush, e.g. a basepart and a top part, by injection moulding of plastic. This allows for afast and reliable manufacturing process. The base part and the top partshould be connected in a gas-tight manner such as by the use of asealing material like e.g. a silicone-based adhesive.

Another aspect of the invention concerns the use of a channelling meansfor directing water away from a first surface portion of the brush in abrush according to the first aspect of the invention or in the brushesmentioned in the background section. This use is particularlyadvantageous since is reduces the likelihood of the operator to becomesoiled by the washing liquid when using such brushes for cleaning ofsubstantially vertical surfaces.

In another aspect of the invention, the object is to provide a more evendistribution of water when a brush as discussed in the backgroundsection is used for washing of a non-horizontal surface, such as avertical surface. A preferred solution to this problem is to provide oneor more sub-compartments at the bottom wall portion of the compartment,such as one, two, three, four, five, six, seven, eight or moresub-compartments. A sub-compartment is a washing liquid retainingstructure, which is arranged above the lower side wall portion of thecompartment. The sub-compartment has a first aperture through whichwashing liquid retained in the sub-compartment may be dispensed to thefirst surface portion of the brush. Typically, the volume of washingliquid retained in the sub-compartment is only a small fraction of thewashing liquid overall retained in all compartment and hence the firstaperture of the sub-compartment will tend to run dry before the firstaperture arranged near the lower side wall portion of the compartment.However, during operation, the brush will typically be shakedvigorously, which will lead to the sub-compartments being refilled fromtime to time with washing liquid from the compartment until thecompartment is completely empty. Therefore, water is dispensed at alevel above the first aperture of the compartment even if the averagewater level of the compartment is substantially below the first apertureof the sub-compartment and a more even water distribution is realisedleading to an improved and more efficient cleaning action of the brush.

The sub-compartment comprises a lower side sub-wall portion forming afloor extending above horizontal from the bottom wall portion and endsub-wall portions.

The sub-compartment is open to the compartment and has at least onefirst aperture near the lower side sub-wall portion. In a preferredembodiment, the above sub-walls are substantially flat. However, a moreholistic approach is within the scope of the invention. For example, thelower side sub-wall portion may comprise or consist of a spherical orcylindrical part forming the lower side and/or end sub-wall portions.

In a particularly advantageous embodiment, the brush comprises aplurality of sub-compartments leading to a very even dispersion ofwater.

Another preferred solution to uneven dispersion of water from thecompartment is to provide at least one further compartment forcontaining washing liquid. The further compartment is a washing liquidretaining structure. Each compartment typically has corresponding firstaperture(s) and second aperture(s). As washing liquid will tend tocollect near the lower side wall of each compartment, a plurality ofcompartments preferably with corresponding first apertures arranged nearthe lower side wall of the compartments will allow for more areas withwater dispersion when the brush is almost empty of washing liquid. Aparticularly advantageous arrangement of compartments is where thecompartments are arranged one at least partially above another when thebrush is oriented as during scrubbing operation. In this case, thewashing liquid dispersion will be distributed vertically over the firstsurface portion of the brush even when the brush is almost empty ofwashing liquid leading to a more even distribution of washing liquid andhence improved washing action.

In an area where two compartments are arranged one above another, it ishighly advantageous that the wall separating the compartments extendsaway from the bottom wall portion in a direction above horizontal, asthis allows for complete emptying of the above compartment.

An embodiment of the brush having both channelling means and waterretention structure, such as one or more further compartments and/orsub-compartments is particularly advantageously, as the channellingmeans enhance the controlled distribution and hence the efficient use ofwater from the compartments. Furthermore, water retention structureswill raise the average exit position of the washing liquid and hencesoften the requirements of the channelling structure, due to theincreased average amount of scrubbing means below the washing liquid atrelease, which increased amount of scrubbing means may facilitate thetransport of the washing liquid if the washing liquid is lost from thechannelling means.

The brush according to the invention may be used for washing ofhorizontal surfaces, but it is particularly advantageous for washing ofnon-horizontal surfaces and in particular substantially verticalsurfaces where the scrubbing surface of the brush is above the hands ofthe operator during use. This is due to the very efficient system forprevention of soiling of the operator in such applications and/or themore even distribution of washing liquid. Examples of applications wherethe brush according to the invention is advantageous are washing ofvehicles, such as trains, cars, busses, trucks and recreation vehicles;washing of signs, such as street signs, road signs or advertisementboards; cleaning of fixed structures, such as buildings, walls, busstops; and washing of boats and containers. However, the skilled personwould immediately realise that the brush may be used for similarcleaning purposes without departing from the inventive concept of theinvention.

BRIEF DESCRIPTION OF THE DRAWINGS

The invention will be explained more fully below with reference toexemplary embodiments as well as the drawings, in which

FIG. 1 shows a preferred embodiment of a bottom part of the brush,

FIG. 2 shows a preferred embodiment of a top part of the brush,

FIG. 3 shows a bottom view of the bottom part of FIG. 1,

FIG. 4 shows a cross section near a vertical centre plane of a preferredembodiment,

FIG. 5 shows various embodiments of the channelling means, and

FIG. 6 shows various embodiments of the channelling means.

All the figures are highly schematic and not necessarily to scale, andthey show only parts which are necessary in order to elucidate theinvention, other parts being omitted or merely suggested.

DESCRIPTION OF THE DRAWINGS

As discussed previously, it is preferred to manufacture the brush bodyin two main parts, namely the base part 60 shown in FIG. 1 and the toppart 62 (see FIG. 2). The body of FIG. 1 comprises a compartment 4 incommunication with the first surface portion via first apertures 12 forallowing washing liquid to flow out of the compartment and secondapertures 14 (one covered by the plate 52) for introducing washingliquid into the compartment. The second apertures are provided with flowthrottling means of the plate 52 of elastic material type. The plate 52is shown covering one of the second apertures whereas the other plate isomitted for sake of clarity. The plate is held in position by twoprotrusions corresponding to two holes in the plate, however, the personskilled in the art would based on this recognise various other ways ofholding the plate within the scope of the invention. The area 56 wherethe protrusions are arranged is furthermore slightly inclined away fromthe second aperture. This—together with the corresponding biasing meansof the top part of the body—provides for a biasing of the plate towardsthe second aperture. The plate or the area near the second aperture mayalso (not shown) be provided with a sealing member to further increasethe sealing effect of the plate.

The body is further provided with a sub-compartment 30 having a lowerside sub-wall portion 32 and end sub-wall portions 34 in the furthercompartment 36. The sub-compartment is provided on the bottom wallportion 20 of the further compartment. Furthermore, the first blind tube40 forming part of a water seal structure that provides the thirdaperture 16 is shown. Finally, the connection to the handle member isindicated by 70.

FIG. 2 shows the top part 62 corresponding to the base part of FIG. 1.Here, the compartment 4 and the further compartment 36 are more clearlyidentified. The lower side wall portions 22 and 22 a of the compartment4 and further compartment 36, respectively, are also seen as well as theend wall portions 24. The biasing means 54 are arranged positioning-wiseand lengthwise so that they force the plate 52 of FIG. 1 onto the bottomwall portion of the compartment by pressing between the inclined area 56and the second aperture 14. The open tubes 42 forming part of the waterseal structure that provides the third aperture 16 are also shown. Thecorporation between the open tube 42 and the blind tube 40 are moreclearly seen in FIG. 4. The wall portions of the top part fit tightly tothe wall portions—or rather guiding portions—of the base part and may besecured thereto by adhesive, such as silicone adhesive, afterpositioning of the plates inside the compartments.

FIG. 3 is a bottom view of the base part. Scrubbing means has beenomitted to improve clarity. Therefore, the first surface portion 8 ofthe brush is visible. Furthermore, the second apertures 14 correspondingto the compartment and the further compartment as well as the firstapertures 12, 12 a are seen. The dashed lines indicate the position ofthe lower side wall portion 22 a of the further compartment and thesub-compartment 30. It is observed that the first apertures 12 apositioned away from the edge of the first surface portion 8corresponding to the lower edge when the brush is arranged for washingare positioned close to the corresponding lower side wall portions 30and 22 a. On the contrary, the first apertures 12 a nearest the loweredge of the first surface portion 8 of the brush when the brush isarranged for washing of vertical surfaces are moved slightly away fromthe edge to allow for positioning of channelling means on the firstsurface portion (not shown for sake of clarity).

As shown in FIG. 3, the brush is preferably considerably wider than highwhen arranged for washing of a vertical surface. Preferably the firstsurface portion is least 1½ times as wide as it is high, more preferablyat least twice as wide as it is high and most preferably the firstsurface portion is at least 2½ times as wide as it is high. This allowsfor a relatively large washing area, particularly when the brush isprovided with a centrally arranged handling member and mainly operatedin vertical movements above the height of the operator.

In FIG. 4, the conditions concerning the formation of the water sealstructure of the body, which structure provides the third aperture inthis preferred embodiment, are indicated. Starting from the compartment4 and the further compartment 36 for air to escape, the air has to enterinto the first blind tube 40 away from the bottom wall portion of thecompartment. Then the air must travel in the narrow path between thefirst blind tube 40 and the second open tube 42 before it may inter intothe open tube 42, from where the air may escape to the surroundings.Such an arrangement serves to postpone or delay leak of water from thecompartment until the brush is moved during use. Hence, if the brush isleft filled with water in the compartment, only a small amount of waterwill leak out—particularly if the brush is positioned with the scrubbingmeans facing upwards.

It is preferred that the compartment is open to the exterior of thecompartment, i.e. the ambient air, only via the apertures correspondingto the compartment. Hence only first aperture or apertures, secondaperture or aperture and the optional third aperture or aperturesprovide connection between the interior of the compartment and theambient air outside the compartment. This provides for a more controlledrelease of the washing liquid as air, which must enter the compartmentfor the water to be released may only enter via paths of limited (andcontrolled if aperture-sizing means are provided) size.

FIG. 5 is a sketch of a section just outside the first surface portion 8of the brush, i.e. through the scrubbing means. It should be observedthat other types of scrubbing means than brush bristles are feasible asdiscussed elsewhere, but for sake of clarity, only this type ofscrubbing means are shown FIG. 5. In FIG. 5A), the channelling means 18is formed by brush bristles 6 arranged in a tight layer 26 near thefirst aperture 12. In FIG. 5B), the channelling means 18 is formed by anelastic member 28. The elastic member is shaped to more or less conformto the shape of the first aperture 12. In FIG. 5C), the channellingmeans consists of an elastic bulk member 28 with a surface channelresembling a part of the first aperture arranged therein.

The channelling means may extend all the way to the scrubbing surface,however, when the channelling means comprises other members than thescrubbing means, such members typically do not extend that far. In FIG.6 a cross section of a brush arranged for washing. The scrubbing means 6form a scrubbing surface 10 away from the first surface portion 8 of thebrush. In FIG. 6A), the channelling means 18 consists of an elasticmember 28 arranged below the first aperture 12. The elastic member isarranged so that it extends away from the first surface portion belowhorizontal. This reduces the likelihood for washing liquid beingconducted by the elastic member to be directed along the lower surfaceof the channelling means back towards the first surface portion of thebrush.

In FIG. 6B), the channelling means 18 is a cylindrical elastic member28. As the cylindrical member is arranged horizontally, washing liquidmay run back towards the first surface portion on the outside of thechannel. However, a tip portion at the forward end of the cylindricalmember is provided with a protrusion so that washing liquid will tend todrip off the tip of the cylinder instead of running back along theoutside of the channel.

In a preferred embodiment (not shown), the scrubbing means is arrangedwith the end extending from the first surface portion below horizontal.This facilitates that water will be directed to the scrubbing surfaceeven if it is lost from the channelling means.

The embodiment shown in FIG. 1 to FIG. 4 represents the best mode knownto the inventor to carry out the invention. Hence, the invention may becarried out by other embodiments having only the features of anindependent claim. Furthermore, an individual feature or combination offeatures from an embodiment of the invention described herein, as wellas obvious variations thereof, are combinable with or exchangeable forfeatures of the other embodiments described herein, unless the personskilled in the art would immediately realise that the resultingembodiment is not physically feasible.

TABLE OF IDENTIFICATION 2 Body 4 Compartment 6 Scrubbing means 8 Firstsurface portion 10 Scrubbing surface 12 First aperture 14 Secondaperture 16 Third aperture 18 Channelling means 20 Bottom wall portion22 Lower side wall portion 24 End wall portion 26 Tight layer of brushbristles 28 Elastic member 30 Sub-compartment 32 Lower side sub-wallportion 34 End sub-wall portion 36 Further compartment 40 First blindtube 42 Second blind tube 50 Flow throttling means 52 Plate of elasticmaterial 60 Base part 62 Top part 70 Connection to handle member

1. A brush for use in washing an object, particularly for washingnon-horizontal surfaces, said brush comprising a body with scrubbingmeans such as brush bristles or hairs attached to a first surfaceportion of said brush, the scrubbing means forming a scrubbing surfaceaway from the first surface portion, the body further having acompartment for containing a washing liquid, a first aperture or passagefor fluid communication between the first surface portion of said brushand the compartment for allowing washing liquid to flow out of saidcompartment, a second aperture or passage for fluid communicationbetween a surface of said body and the compartment for introducingwashing liquid into the compartment, and a channelling means extendingfrom near the first aperture at the first surface portion of the brushtowards the scrubbing surface. 2.-31. (canceled)